This book presents green electronic technologies, and their role in clean renewable energy harvesting for medical devices and communication systems. It covers green computing technologies, and the lifecycle management of electronics from waste management to recycling. The topics are presented in the context of the growing need to develop green communications and medical system applications.
Green Electronic and RF Technologies for Communications, IoT, and Medical Systems examines green electronic and computing practices, devices shaping the development of environmentally friendly medical devices and applications. The book is divided into three sections. Section one presents innovations in green electronic technologies and their role in energy harvesting. Section two presents innovations and applications of RF technologies in the medical field, and section three covers recycling and waste management of these electronics. Through the initial examination of green electronics and the need for clean energy, the author discusses electromagnetic waves and antenna theory for energy harvesting systems. The author then examines how these systems and antennae can be incorporated into wearable systems for the communication of data in medical devices and applications. Finally, the author discusses end of lifecycle management of electronics, from appropriately disposing, and recycling of unwanted electronic equipment and modules which is a crucial task in creating and keeping a green environment.
The book is intended for electrical engineers, biomedical engineers and researchers in green technologies. It will also be of interest to antenna systems engineers and renewable energy researchers and engineers.
Table of Contents:
Chapter 1 Introduction to Green Electronic Technologies Chapter 2 Green Renewable Energy Chapter 3 Electromagnetics and Transmission Lines for Green Wearable Communication Systems Chapter 4 Green Antennas and Wearable Antennas for Communication Systems Chapter 5 Green Wearable Systems and Antennas with Energy Harvesting Unit for Communication, 5G, Medical and IOT Applications Chapter 6 Wideband Wearable Antennas and Sensors with Energy Harvesting Units for Communication and Medical Applications Chapter 7 Green Microwave Components and Modules for Energy Harvesting Systems and Devices Chapter 8 Electronic and RF Technologies Used to Develop Green Communications and Medical Systems Chapter 9 Green Wearable Meta Materials Antennas and Fractal Antennas with Energy Harvesting Unit for IOT, 5G and Medical Systems Chapter 10 Measurements of Green Wearable Systems and Antennas Chapter 11 Green Active Wearable Printed Antennas for Medical Applications Chapter 12 New Compact Wearable Green Metamaterials Circular Patch Antennas for IOT, Medical and 5G Applications Chapter 13 Ultra-Wideband Passive and Active Green Wearable Slot and Notch Antennas for Energy Harvesting, Wireless and Medical Communication Systems Chapter 14 System Engineering and Planning of Green Electronic and Wearable Communication Systems Chapter 15 Green Computing, IoT, Electronic Technologies, Artificial Intelligence, and Waste Management
About the Author :
Dr. Albert Sabban earned his PhD in Electrical Engineering from the University of Colorado at Boulder (1991) and an MBA from the University of Haifa (2005). He received B.Sc. and M.Sc. degrees Magna Cum Laude in Electrical Engineering from Tel Aviv University. He is currently a Senior Lecturer and Researcher at Ort Braude and Kinnert Colleges of Engineering in Israel. Dr. Sabban has previously served as RF and antenna specialist designing wearable medical systems, and also worked at RAFAEL as a Senior Researcher and Project Leader in electromagnetics, receiving multiple excellence awards. He led the communication program at Ort Braude College (2013–2018), where he received the Best Lecturer Prize and served as president of the academic staff organization (2013–2017). Since 2018, he has worked as a senior consultant for high-tech companies. His expertise spans microwave theory, Wearable systems, wideband technologies, and green electronics.
